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ECDSA

Elliptic-curve digital signature algorithm widely used in TLS, Bitcoin, and Ethereum; NIST plans to deprecate it by 2030 and disallow it by 2035.

Known aliases

  • Elliptic Curve Digital Signature Algorithm
  • secp256k1

Current stories

investConfirmed8 publishers

Europol tells crypto holders to move exposed wallet keys before quantum computers can break them

Europol named wallet keys as crypto's main quantum exposure, a risk that covers the 6.04 million bitcoin Glassnode counts with public keys already on-chain. Its report says those coins can be protected only by moving them before an attack, so the length of the migration queue sets the deadline for custodians.

Perspective Coverage

8 publishers
Builder
Builder 42%
Operator
Operator 26%
Investor
Investor 32%

Reality

Evidence72
Adoption18
Hype gap+8
Incentives35
Confidence68
investConfirmed14 publishers

Justin Drake tells large crypto holders to move to fresh addresses before AI can break ECDSA

Ethereum Foundation researcher Justin Drake says AI could break ECDSA in "months not years" and wants large holders on fresh addresses now. Custodians would bear most of the cost, and his evidence is a single AI math result.

Perspective Coverage

14 publishers
Builder
Builder 33%
Operator
Operator 34%
Investor
Investor 33%

Reality

Evidence35
Adoption
Insufficient
Hype gap+55
Incentives45
Confidence60
scienceConfirmed4 publishers

Vitalik Buterin warns AI mathematics could weaken lattice cryptography within two years

Vitalik Buterin said AI-driven mathematics has a good chance of seriously weakening lattice cryptography within two years. He offered no demonstrated attack, and for teams adopting post-quantum schemes the forecast argues for lattice deployments built to be replaced.

Perspective Coverage

4 publishers
Builder
Builder 40%
Operator
Operator 41%
Investor
Investor 19%

Reality

Evidence40
Adoption
Insufficient
Hype gap+30
Incentives35
Confidence60
investOne report1 publisher

Researchers forge RSA signatures from a hardware security module by making it sign 4 billion raw numbers

UC San Diego and INRIA researchers forged RSA signatures on a 1,024-bit key inside a hardware security module after about 4 billion signing requests. The key stayed inside the device throughout, so for custodians the exposure is in signing settings, starting with the FIPS mode the researchers switched off.

Publishers:decrypt.co

Reality

Evidence45
Adoption
Insufficient
Hype gap+10
Incentives
Insufficient
Confidence40
buildOne report1 publisher

31 of 70 injected defects survived Prismwar's passing gate suite

DHSeaDev's write-up on the browser card game Prismwar shows a replay check passing ten of ten matches because the recorder and the playback player both skipped the AI's defence step, so the round trip compared a bug against a copy of itself.

Publishers:dev.to

Reality

Evidence45
Adoption12
Hype gap+10
Incentives55
Confidence45